Fujitsu MB90460 Series Hardware Manual page 728

One-shot Position Detection
Timing Generated by One-shot Position Detection
(OPS2 to OPS0=110
Timing Generated by One-shot Position Detection and
Timer Underflow (OPS2 to OPS0 = 111
.......................................................... 419
Timing Generated by One-shot Position Detection or
Timer Underflow (OPS2 to OPS0 = 101
.......................................................... 420
When One-shot Position Detection .................... 418
When One-shot Position Detection and Timer
Underflow .......................................... 419
When One-shot Position Detection or Timer
Underflow .......................................... 420
OPCLR
Output Control Lower Register (OPCLR)........... 374
OPCUR
Output Control Upper Register (OPCUR)........... 372
OPDBR
Output Data Buffer Lower Register (OPDBR)
.......................................................... 382
Output Data Buffer Upper Register (OPDBR)
.......................................................... 380
Signal Flow Diagram for OPDBR0 by Setting
OPS2 to OPS0=000
Timing Generated by OPDBR0 Write
(OPS2 to OPS0=000
OPDR
OPDR Register Write Timing Diagram
(OPS2 to OPS0=000
OPDR Register Write Timing Diagram (OPS2 to
OPS0=001 ,010
B
111 ) ................................................. 404
B
Output Data Lower Register (OPDR)................. 378
Output Data Register (OPDR) ........................... 398
Output Data Upper Register (OPDR) ................. 376
OPDR Register Write Timing Diagram
OPDR Register Write Timing Diagram
(OPS2 to OPS0=000
OPDR Register Write Timing Diagram (OPS2 to
OPS0=001 ,010
B
) ................................................. 404
111
B
Operand
Linear Addressing by 24-bit Operand Specification
............................................................ 34
Storage of Multi-byte Operand ............................ 37
Operating Modes
Operating Modes ............................................. 158
Operation Mode
CPU Intermittent Operation Mode ................. 91, 97
One-shot Operation Mode................................. 453
Operation in Synchronous Mode (Operation Mode 2)
.......................................................... 502
Operation Mode Selection................................. 450
Reload Operation Mode.................................... 453
) ........................ 418
B
)
B
)
B
.............................. 401
B
) ........................ 408
B
) ........................ 402
B
,011 ,100 ,101 ,110 ,
B B B B B
) ........................ 402
B
,011 ,100 ,101 ,110 ,
B B B B B
OPS
OPDR Register Write Timing Diagram
(OPS2 to OPS0=000
OPDR Register Write Timing Diagram (OPS2 to
OPS0=001 ,010
B
111 )..................................................404
B
Signal Flow Diagram for Position Detection by Setting
OPS2 to OPS0=010
Signal Flow Diagram for Reload Timer 0 and Position
Detection by Setting OPS2 to OPS0 = 011
or 111 ....................................................403
B
Signal Flow Diagram for Reload Timer 0 or Position
Detection by Setting OPS2 to OPS0 = 100
or 101 ....................................................404
B
Signal Flow Diagram for Reload Timer 0 Underflow
by Setting OPS2 to OPS0=001
Timing Generated by One-shot Position Detection
(OPS2 to OPS0=110
Timing Generated by One-shot Position Detection and
Timer Underflow (OPS2 to OPS0 = 111
..........................................................419
Timing Generated by One-shot Position Detection or
Timer Underflow (OPS2 to OPS0 = 101
..........................................................420
Timing Generated by OPDBR0 Write
(OPS2 to OPS0=000
Timing Generated by Position Detection
(OPS2 to OPS0=010
Timing Generated by Position Detection and Timer
Underflow (OPS2 to OPS0=011
Timing Generated by Position Detection or Timer
Underflow (OPS2 to OPS0=100
Timing Generated by Reload Timer Underflow
(OPS2 to OPS0=001
OPTx
OPTx Output Waveform Timing Diagram
(WTS1,WTS0=00
Relationship between DTTI1 and OPTx Output
..........................................................423
OPTx Output Waveform Timing Diagram
OPTx Output Waveform Timing Diagram
(WTS1,WTS0=00
Oscillation Stabilization Time
Oscillation Stabilization Time Timer Function
..........................................................213
Oscillation Stabilization Time Timer
Oscillation Stabilization Time Timer Function
..........................................................213
Oscillation Stabilization Wait
Oscillation Stabilization Wait and Reset State .......68
Oscillation Stabilization Wait Interval ..........86, 111
Reset Causes and Oscillation Stabilization Wait
Intervals................................................68
Oscillator
Connection of an Oscillator or an External Clock to the
Microcontroller .....................................87
INDEX
) .........................402
B
,011 ,100 ,101 ,110 ,
B B B B B
or 110 .................403
B B
B
B
.............402
B
) .........................418
B
)
B
)
B
) .........................408
B
) .........................412
B
).........415
B
).........417
B
) .........................410
B
).............................398
B
).............................398
B
709